The Aloysia gratissima complex is a group of 22 accepted, specific and infraspecific taxa, the boundaries of which are controversial. Various different authors have chosen different characters as criteria for delimiting taxa in this complex, which has been reflected in the variable number of accepted species. To resolve the taxonomy of this group, a modified population aggregation analysis, based on the phylogenetic species concept, was employed. As a result, the Aloysia gratissima complex is here circumscribed as compromising only four species, A. decipiens, A. gratissima s.s., A. oblanceolata and A. schulziana. These species are sustained by a different combination of four characters, of the 16 qualitative attributes analysed. A new appro...
Background and aims - Gloriosa superba L. is a highly variable species occurring in a wide range of ...
In spite of the recent studies on the phylogeny of Verbenaceae, the position of the monotypic Verben...
The Neotropics (Mexico to South Brazil) contains c. 30% of the world's plant diversity, but the orig...
Aloysia Palau is the third largest genus of tribe Lantaneae, after Lippia L. and Lantana L., in the ...
Aloysia Pala´u is the third largest genus of tribe Lantaneae, after Lippia L. and Lantana L., in the...
Species belonging to the genera Aloysia and Acantholippia are difficult to place within Lantaneae du...
The "Sporobolus aeneus complex" constitutes a morphologically well‐defined group of species with lax...
Las especies del genero Aloysia se utilizan en medicina popular y también tienen importancia industr...
Arjona is a small genus of hemiparasitic herbs distributed in southern South America. Most species a...
Premise of the study: Verbenaceae consist of trees, shrubs, lianas, and herbs distributed primarily ...
Species that show high levels of infraspecific variation in several quantitative characters are ofte...
Four new species of the genus Aloysia are described: A. arequipensis, A. coalcomana, A. cordata, and...
Gratiola (Plantaginaceae tribe Gratioleae) is a genus of ca. 33 wetland-adapted herbaceous species f...
Enhanced efficacy in species delimitation is critically important in biology given the pending biod...
Background and aims. The last comprehensive study that estimated the number of Verbenaceae genera an...
Background and aims - Gloriosa superba L. is a highly variable species occurring in a wide range of ...
In spite of the recent studies on the phylogeny of Verbenaceae, the position of the monotypic Verben...
The Neotropics (Mexico to South Brazil) contains c. 30% of the world's plant diversity, but the orig...
Aloysia Palau is the third largest genus of tribe Lantaneae, after Lippia L. and Lantana L., in the ...
Aloysia Pala´u is the third largest genus of tribe Lantaneae, after Lippia L. and Lantana L., in the...
Species belonging to the genera Aloysia and Acantholippia are difficult to place within Lantaneae du...
The "Sporobolus aeneus complex" constitutes a morphologically well‐defined group of species with lax...
Las especies del genero Aloysia se utilizan en medicina popular y también tienen importancia industr...
Arjona is a small genus of hemiparasitic herbs distributed in southern South America. Most species a...
Premise of the study: Verbenaceae consist of trees, shrubs, lianas, and herbs distributed primarily ...
Species that show high levels of infraspecific variation in several quantitative characters are ofte...
Four new species of the genus Aloysia are described: A. arequipensis, A. coalcomana, A. cordata, and...
Gratiola (Plantaginaceae tribe Gratioleae) is a genus of ca. 33 wetland-adapted herbaceous species f...
Enhanced efficacy in species delimitation is critically important in biology given the pending biod...
Background and aims. The last comprehensive study that estimated the number of Verbenaceae genera an...
Background and aims - Gloriosa superba L. is a highly variable species occurring in a wide range of ...
In spite of the recent studies on the phylogeny of Verbenaceae, the position of the monotypic Verben...
The Neotropics (Mexico to South Brazil) contains c. 30% of the world's plant diversity, but the orig...